
An improved numerical exploration of the parameter space shows that some unexpected regions of interest can be appropriately covered.

Some theoretical assumptions like the perturbativity limits on Yukawa couplings had a significant impact on the analysis and were not fully considered.

The latest Muon g-2 Fermilab result [1]}, [2]} consolidates the need of NP brought by the previous Brookhaven result.

For \(a_e^{\rm Exp}\)  the situation is rather unclear: within the present scenario, accommodating the values in eq:dae:ExpCs or in eq:dae:ExpRb may have non-trivial consequences in the model, since they differ in size and in sign.

The recent measurement of the W boson mass by the CDF collaboration [3]}, which disagrees with SM expectations [4]}, can also be addressed in this context.

